Iris

Desk device for more convenient communication that mitigates the invasiveness of notifications and reduces user interactions with the phone.

Aug 3, 2022

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3566 views

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2 respects

lights

communication

internet of things

Components and supplies

5 mm LED: Green

Trimmer Potentiometer, 10 kohm

Breadboard (generic)

LED, Blue

RGB Diffused Common Cathode

Arduino UNO

5 mm LED: Red

High Brightness LED, White

Apps and platforms

Arduino IDE

Project description

Code

Definitivo.ino

c_cpp

1int SENSOR=A0;
2int LEDverde=7;
3int LEDrosso=8;
4int LEDrgb1_red=3;
5int  LEDrgb1_green=5;
6int LEDrgb1_blue=6;
7int LEDrgb2_red=9;
8int LEDrgb2_green=10;
9int  LEDrgb2_blue=11;
10int LEDbianco=4;
11int LEDblu=12;
12int val = 0;           
13int  ledn =0;
14
15void setup() {
16  pinMode(LEDverde, OUTPUT);
17  pinMode(LEDrosso,  OUTPUT);
18  pinMode(LEDrgb1_red, OUTPUT);
19  pinMode(LEDrgb1_green, OUTPUT);
20  pinMode(LEDrgb1_blue, OUTPUT);
21  pinMode(LEDrgb2_red, OUTPUT);
22  pinMode(LEDrgb2_green,  OUTPUT);
23  pinMode(LEDrgb2_blue, OUTPUT);
24  pinMode(LEDbianco, OUTPUT);
25  pinMode(LEDblu, OUTPUT);
26  
27  digitalWrite(LEDverde, LOW);
28  digitalWrite(LEDrosso,  LOW);
29  digitalWrite(LEDbianco, LOW);
30  digitalWrite(LEDblu, LOW);
31  delay(4000);
32  digitalWrite(LEDverde, HIGH);
33  digitalWrite(LEDrosso, LOW);
34  digitalWrite(LEDbianco,  LOW);
35  digitalWrite(LEDblu, LOW);
36
37  delay(5000);
38  digitalWrite(LEDverde,  HIGH);
39  digitalWrite(LEDrosso, HIGH);
40  digitalWrite(LEDbianco, LOW);
41  digitalWrite(LEDblu, LOW);
42  delay(7000);
43   digitalWrite(LEDverde, HIGH);
44  digitalWrite(LEDrosso, HIGH);
45  digitalWrite(LEDbianco, HIGH);
46  digitalWrite(LEDblu,  LOW);
47  delay(5000);
48  digitalWrite(LEDverde, HIGH);
49  digitalWrite(LEDrosso,  HIGH);
50  digitalWrite(LEDbianco, HIGH);
51  digitalWrite(LEDblu, HIGH);
52  delay(6000);
53    digitalWrite(LEDverde, HIGH);
54  digitalWrite(LEDrosso,  HIGH);
55  digitalWrite(LEDbianco, HIGH);
56  digitalWrite(LEDblu, HIGH);
57  analogWrite(LEDrgb1_red, 0);
58  analogWrite(LEDrgb1_green, 0);
59  analogWrite(LEDrgb1_blue,  0);
60  analogWrite(LEDrgb2_red, 0);
61  analogWrite(LEDrgb2_green, 0);
62  analogWrite(LEDrgb2_blue,  0);
63  
64  }
65
66void loop(){
67  val = analogRead(SENSOR);
68  ledn =  (int) round( val / 255.75);
69switch (ledn) {
70  
71case 1:
72digitalWrite(LEDverde,  HIGH);
73analogWrite(LEDrgb1_red, 0);
74analogWrite(LEDrgb1_green, 255);
75analogWrite(LEDrgb1_blue,  0);
76analogWrite(LEDrgb2_red, 0);
77analogWrite(LEDrgb2_green, 255);
78analogWrite(LEDrgb2_blue,  0);
79digitalWrite(LEDrosso, LOW);
80digitalWrite(LEDblu, LOW);
81digitalWrite(LEDbianco,  LOW);
82
83break;
84
85case 2:
86digitalWrite(LEDrosso, HIGH);
87analogWrite(LEDrgb1_red,  255);
88analogWrite(LEDrgb1_green, 0);
89analogWrite(LEDrgb1_blue, 0);
90analogWrite(LEDrgb2_red,  255);
91analogWrite(LEDrgb2_green, 0);
92analogWrite(LEDrgb2_blue, 0);
93digitalWrite(LEDverde,  LOW);
94digitalWrite(LEDblu, LOW);
95digitalWrite(LEDbianco, LOW);
96break;
97
98case  3:
99digitalWrite(LEDbianco, HIGH);
100analogWrite(LEDrgb1_red, 255);
101analogWrite(LEDrgb1_green,  255);
102analogWrite(LEDrgb1_blue, 255);
103analogWrite(LEDrgb2_red, 255);
104analogWrite(LEDrgb2_green,  255);
105analogWrite(LEDrgb2_blue, 255);
106digitalWrite(LEDrosso, LOW);
107digitalWrite(LEDblu,  LOW);
108digitalWrite(LEDverde, LOW);
109break;
110
111case 4:
112digitalWrite(LEDblu,  HIGH);
113analogWrite(LEDrgb1_red, 0);
114analogWrite(LEDrgb1_green, 0);
115analogWrite(LEDrgb1_blue,  255);
116analogWrite(LEDrgb2_red, 0);
117analogWrite(LEDrgb2_green, 0);
118analogWrite(LEDrgb2_blue,  255);
119digitalWrite(LEDrosso, LOW);
120digitalWrite(LEDverde, LOW);
121digitalWrite(LEDbianco,  LOW);
122break;
123}
124delay(100);
125}
126

int SENSOR=A0;
int LEDverde=7;
int LEDrosso=8;
int LEDrgb1_red=3;
int  LEDrgb1_green=5;
int LEDrgb1_blue=6;
int LEDrgb2_red=9;
int LEDrgb2_green=10;
int  LEDrgb2_blue=11;
int LEDbianco=4;
int LEDblu=12;
int val = 0;           
int  ledn =0;

void setup() {
  pinMode(LEDverde, OUTPUT);
  pinMode(LEDrosso,  OUTPUT);
  pinMode(LEDrgb1_red, OUTPUT);
  pinMode(LEDrgb1_green, OUTPUT);
  pinMode(LEDrgb1_blue, OUTPUT);
  pinMode(LEDrgb2_red, OUTPUT);
  pinMode(LEDrgb2_green,  OUTPUT);
  pinMode(LEDrgb2_blue, OUTPUT);
  pinMode(LEDbianco, OUTPUT);
  pinMode(LEDblu, OUTPUT);
  
  digitalWrite(LEDverde, LOW);
  digitalWrite(LEDrosso,  LOW);
  digitalWrite(LEDbianco, LOW);
  digitalWrite(LEDblu, LOW);
  delay(4000);
  digitalWrite(LEDverde, HIGH);
  digitalWrite(LEDrosso, LOW);
  digitalWrite(LEDbianco,  LOW);
  digitalWrite(LEDblu, LOW);

  delay(5000);
  digitalWrite(LEDverde,  HIGH);
  digitalWrite(LEDrosso, HIGH);
  digitalWrite(LEDbianco, LOW);
  digitalWrite(LEDblu, LOW);
  delay(7000);
   digitalWrite(LEDverde, HIGH);
  digitalWrite(LEDrosso, HIGH);
  digitalWrite(LEDbianco, HIGH);
  digitalWrite(LEDblu,  LOW);
  delay(5000);
  digitalWrite(LEDverde, HIGH);
  digitalWrite(LEDrosso,  HIGH);
  digitalWrite(LEDbianco, HIGH);
  digitalWrite(LEDblu, HIGH);
  delay(6000);
    digitalWrite(LEDverde, HIGH);
  digitalWrite(LEDrosso,  HIGH);
  digitalWrite(LEDbianco, HIGH);
  digitalWrite(LEDblu, HIGH);
  analogWrite(LEDrgb1_red, 0);
  analogWrite(LEDrgb1_green, 0);
  analogWrite(LEDrgb1_blue,  0);
  analogWrite(LEDrgb2_red, 0);
  analogWrite(LEDrgb2_green, 0);
  analogWrite(LEDrgb2_blue,  0);
  
  }

void loop(){
  val = analogRead(SENSOR);
  ledn =  (int) round( val / 255.75);
switch (ledn) {
  
case 1:
digitalWrite(LEDverde,  HIGH);
analogWrite(LEDrgb1_red, 0);
analogWrite(LEDrgb1_green, 255);
analogWrite(LEDrgb1_blue,  0);
analogWrite(LEDrgb2_red, 0);
analogWrite(LEDrgb2_green, 255);
analogWrite(LEDrgb2_blue,  0);
digitalWrite(LEDrosso, LOW);
digitalWrite(LEDblu, LOW);
digitalWrite(LEDbianco,  LOW);

break;

case 2:
digitalWrite(LEDrosso, HIGH);
analogWrite(LEDrgb1_red,  255);
analogWrite(LEDrgb1_green, 0);
analogWrite(LEDrgb1_blue, 0);
analogWrite(LEDrgb2_red,  255);
analogWrite(LEDrgb2_green, 0);
analogWrite(LEDrgb2_blue, 0);
digitalWrite(LEDverde,  LOW);
digitalWrite(LEDblu, LOW);
digitalWrite(LEDbianco, LOW);
break;

case  3:
digitalWrite(LEDbianco, HIGH);
analogWrite(LEDrgb1_red, 255);
analogWrite(LEDrgb1_green,  255);
analogWrite(LEDrgb1_blue, 255);
analogWrite(LEDrgb2_red, 255);
analogWrite(LEDrgb2_green,  255);
analogWrite(LEDrgb2_blue, 255);
digitalWrite(LEDrosso, LOW);
digitalWrite(LEDblu,  LOW);
digitalWrite(LEDverde, LOW);
break;

case 4:
digitalWrite(LEDblu,  HIGH);
analogWrite(LEDrgb1_red, 0);
analogWrite(LEDrgb1_green, 0);
analogWrite(LEDrgb1_blue,  255);
analogWrite(LEDrgb2_red, 0);
analogWrite(LEDrgb2_green, 0);
analogWrite(LEDrgb2_blue,  255);
digitalWrite(LEDrosso, LOW);
digitalWrite(LEDverde, LOW);
digitalWrite(LEDbianco,  LOW);
break;
}
delay(100);
}

Downloadable files

Codice/funzionamento

Schema

Codice/funzionamento

Schema

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